Hollow fiber column tangential flow system

NegotiableUpdate on 05/14

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Hollow fiber column tangential flow system: fully sponge structure; High throughput and low energy consumption; Efficient filtration. Simple configuration, small footprint, PES hollow fiber membrane, stable filtration. Main system features: simple system structure and easy operation; Stainless steel passivation fixture, corrosion-resistant; All sanitary structural designs; Good chemical compatibility; Membrane fiber full sponge structure, stable and reliable filtration; High throughput, hollow fiber column tangential flow system improves production efficiency; The membrane column is easy to clean and regenerate, extending the service life of the membrane.

Product Details

Hollow fiber column tangential flow systemFiltration technology is a commonly used membrane separation technique for sample concentration, dialysis, separation, and filtration. Typically, the cut-off molecular weight range is 1-1000 kd.

Hollow fiber column tangential flow systemUltrafiltration (UF) is a method for separating extremely small particles and soluble molecules in a solution. This separation is mainly based on the size of particles or molecules, but the permeability of membrane materials is also affected by the chemical, molecular, and charge characteristics of the sample. Ultrafiltration is usually used to separate molecules with a size difference of 3-5 times or more, and is not suitable for separating molecules with similar sizes.

Microfiltration (MF) is a process of separating soluble substances from large particulate matter (such as cell debris), which can significantly improve the clarity of the sample and reduce turbidity. Facilitating downstream processing in the future.

application field

Cell and bacterial harvesting/concentration/clarification/purification

Cell perfusion culture

Clarification of fermentation broth/cell lysate

Purification, concentration, and filtration of viruses, virus like particles, virus vectors, plasmids, and other vaccines through protein/recombinant protein/antibody purification and concentration/filtration

Nucleic acid concentration/washing filtration

Heat source removal

Plasma purification/concentration, colloidal suspension concentration/washing filtration, nano materials, latex particle separation/concentration/washing filtration, liposome rinsing, liquid exchange, and natural product separation